The Steps of the Water Cycle

Water circulation can start anywhere, but in most cases it starts in the ocean and heat from the sun heats up the water. Then heat turns water into steam. This process is called "evaporation". Studies have shown that oceans, oceans, lakes and rivers supply nearly 90% of atmospheric moisture by evaporation and the remaining 10% are moisturized by plant transpiration. Transpiration is also called "evapotranspiration". It is the sum of evaporation and transpiration

After evaporation and transpiration, the water circulation continues to "condense". Condensation is the process of turning water vapor in the air into liquid water again. Condensation is very important in the circulation of water. Because it causes cloud formation. Basically, liquid water that changes from water vapor is stored in clouds.

The next step of the water circulation is "precipitation". Precipitation means that water is released from the clouds in the form of rain, snow and hail. If the droplet becomes too large and the cloud can not hold it due to sedimentation, precipitation occurs

After precipitation, most people think this is not the case at the end of the water circulation. There are other parts of the water cycle, such as "outflow". Outflow is the flow of water to the streams, rivers, streams and seas along the surface.

Another step in the water circulation is "sublimation". Sublimation is the stage when a solid becomes a gas without first becoming a liquid. When snow falls into a mountain or polar field. Because it is cold, the surface of snow may turn into steam directly. Instead of first melting snow and ice and then evaporating

One step of the water circulation is called "penetration". Part of rain and snow water penetrates soil and rock. Part of the water that has penetrated will remain in shallow soil. Ultimately, flow penetration may be entered into the flow library. Some water can penetrate deeper into the aquifer

In this lesson, you will learn the steps of water circulation. They describe the state of the substances in water at each stage of the water circulation and at each stage. Students will understand that the sun is an important part of the water circulation and that the physical state of water can come and go. Students demonstrate understanding of water circulation by designing and constructing their own water cycle model.

What is water circulation? The water circulation is the name used to describe the continuous circulation of the earth's water. During the cycle plants, rivers, streams, puddles, water from the lake and the sea, and water released from the surface water evaporate to produce water vapor. This steam rises to form clouds and falls like rain, hail or snow. During the cycle water changes from liquid to gas and returns to liquid. This will happen again and again. Look closely at the circulation of water, understand the circulation of water, and see if we can identify the natural process in that circulation.

The water circulation is also called water circulation and includes the continuous circulation of water in the Earth - atmosphere system. Among the many processes involved in water circulation, the most important are evaporation, transpiration, condensation, sedimentation and spillage. The total amount of water during the cycle remains essentially the same, but its distribution in the various processes is constantly changing. ... It is the concept of water circulation (or water circulation). This cycle includes a set of aqueous reservoirs, the process of moving water from one reservoir to another (or from one state to another), and the rate of movement associated with these processes. These transfers